Python Scripting
Hello
I'm a bigginer with abaqus scripting. I need some sources to start learning it. If any one has some sorces please share them.
Hello
I'm a bigginer with abaqus scripting. I need some sources to start learning it. If any one has some sorces please share them.
I have written a UEL subroutine in fortran for 3D structural element, If i give displacement in Z direction i am able to get the reaction force. if i give external load in -Z direction and +Z is constrained, i am able to get the displcement in -Z direction but it shows the reaction force as zero in +Z surface.Please help me in tis regard how to give load in abaqus input file
Thanks
Jay
Hello every body
I am working on the simulation of micromachining of “glass” in abaqus.
Although the glass is brittle, it shows some plasticity in micromachining
because of the high hydrostatic pressure field present in the machining region.
Now I am looking for an appropriate material model for glass with
elasto-plastic behavior which allows element deletion. I am not sure if "johnson-Holmquist damage model" is suitable for machining simualtion or not? I would be very thankful
if anyone would please help me.
With best regards
Farzad
Hi Everyone
I just started using ABAQUS. I was trying to plot a graph for stress vs
strain for a simple problem, plate with a hole. I could use some help
here. Really appreciate it if anyone could help me with the steps.
Srinath
Unfortunately, HD Bui, 76, passed away yesterday evening. An elegant, dedicated, very discreet but bright mind, HD Bui made a long career at Ecole Polytechnique and EDF, making important contributions in fracture mechanics and inverse engineering. Lately, he returned to work on his interesting contributions on the Cheops pyramid and the spiralling internal structure.
He was considered the most prominent vietnamese scientist in France, of 400 000 living there.
does welding simulation result can be used as a predefined load in a subsequent fracture analysis with ABAQUS?
Macroscopic
cracks do not appear as a result of an ideal separation of two adjacent atomic
layers. Just the opposite, cracks appear as a result of the development of
multiple micro-cracks triggered by the massive breakage of atomic bonds. The microcracking
and the bond breakage are not confined to two neighbor atomic planes: the
process involves thousands atomic planes within the representative characteristic
volume of size h. This size defines the width (not the lenth) of the damage
localization zone and it can be called the crack thickness. The knowledge of